Metal injection molding process (MIM) is an advanced manufacturing process designed to produce small complex metal components in high volumes to help save our customers money. In non-technical terms MIM utilizes fine metal powders that are mixed with binder materials to create a "feedstock" that is then shaped and solidified using equipment similar to plastic injection molding. The molding process forces the "feedstock" into a precision mold cavity which generates the unique dimensional features of the desired component which gives you design freedom. These molded parts, which are soft and fragile are called a green part. These then move on to secondary process steps of solvent binder removal and high temperature sintering process that harden the parts to their final configuration. MIM is an alternative to more expensive manufacturing techniques with applications that range from dental and medical implants to aerospace and industrial hand tools.